Peijian Chen

Papers

Total Citations

H-Index

About

Peijian Chen is a rising force in the mechanics of soft materials and flexible structures, with research that bridges theoretical instability and practical actuation. His work centers on the nonlinear behavior of soft shells, dielectric elastomers, and island-bridge architectures—key elements in soft robotics, flexible electronics, and bio-inspired devices. Chen’s most cited paper, “Buckling behavior of soft spherical shells with patterned surface under indentation” (2024, 19 citations), reveals how surface patterning alters buckling modes, offering design insights for tunable stiffness structures. His 2021 study on an enhanced flexoelectric dielectric elastomer actuator with stretchable electret (12 citations) introduces a novel approach to improving electro-mechanical efficiency, reducing power demands for soft robotic applications. In “Bending instability of island-bridge structures” (2022, 6 citations), Chen addresses a critical gap in understanding how these common flexible electronic configurations fail under bending, directly impacting medical device reliability. With a growing citation footprint and contributions that merge fundamental mechanics with applied device design, Chen is establishing himself as a key innovator in the mechanics of next-generation soft systems.